CIW CIW v5 Database Design Specialist 1D0-541 Exam Dumps: Updated Questions & Answers (July 2025)

Question # 1

Consider the Dept1_Parts and Dept2_Parts relations shown in the exhibit. Which of the following SQL statements would create an intersection of the two relations with the widest variety of Structured Query Language dialects?

SELECT *

FROM Dept1_Parts

AND

(SELECT *

FROM Dept2_Parts);

SELECT *

FROM Dept1_Parts

INTERSECTION

(SELECT *

FROM Dept2_Parts);

SELECT *

FROM Dept1_Parts

WHERE Dept1_Parts.Part_ID = Dept2_Parts.Part_ID;

SELECT *

FROM Dept1_Parts

WHERE Dept1_Parts.Part_ID = Dept2_Parts.Part_ID;

Question # 2

The exhibit shows a table called Student Relation that tracks all information related to a students courses, professors and sites. What would be the consequence of removing all records for a student with the ID 1311?

Only an update anomaly would occur.

An insertion anomaly would occur.

A deletion anomaly would occur.

An update anomaly and a deletion anomaly would occur.

Question # 3

What is a domain?

A normalized set of data applicable to a particular relation

A combination of attributes for a relation

A definition of permissible values for one or more attributes

A set of permissible values for one or more relations

Question # 4

Consider the following SQL statement and the Orders relation shown in the exhibit:

How many records should be returned?

Two records

Three records

Four records

Five records

Question # 5

A foreign key maps to a:

Prime key

Indirect key

Parent key

Composite key

Question # 6

Consider the following relations shown in the exhibit. Which of the following SQL statements would return the Customers2 relation from the Customers relation?

SELECT * FROM Customers

WHERE Satisfaction_Rate <= 80

OR Satisfaction_Rate >= 90;

SELECT * FROM Customers WHERE

Satisfaction_Rate IN (80 AND 90);

SELECT *FROM Customers

WHERE Satisfaction_Rate >= 80

AND Satisfaction_Rate <= 89;

SELECT * FROM

Customers WHERE

Satisfaction_Rate

BETWEEN (80, 90);

Question # 7

Consider the Information Engineering diagram shown in the exhibit for a building management company. Referential integrity must be maintained such that a building cannot be deleted when it has residents. Building_ID, R_ID, Room_Count and Room_Num are integer numbers, whereas Bldg_Name, Location and Res_Name are all represented by variable-length strings with a maximum of 20 characters. Which SQL statement best implements the relations shown in this diagram?

CREATE TABLE BUILDING (

Building_ID INTEGER NOT NULL PRIMARY KEY,

Bldg_Name VARCHAR (20),

Location VARCHAR (20),

Room_Count INTEGER );

CREATE TABLE RESIDENT (

R_ID NOT NULL PRIMARY KEY,

Room_Num INTEGER,

Res_Name VARCHAR (20),

Building_ID INTEGER NOT NULL,

FOREIGN KEY Building_ID REFERENCES RESIDENT (Building_ID)

ON DELETE NO CHECK);

CREATE TABLE BUILDING (

Building_ID INTEGER NOT NULL PRIMARY KEY,

Bldg_Name VARCHAR (20),

Location VARCHAR (20),

Room_Count INTEGER );

CREATE TABLE RESIDENT (

R_ID NOT NULL PRIMARY KEY,

Room_Num INTEGER,

Res_Name VARCHAR (20),

Building_ID INTEGER NOT NULL,

FOREIGN KEY Building_ID REFERENCES BUILDING (Building_ID)

ON DELETE NO CHECK

ON UPDATE CASCADE);

CREATE TABLE BUILDING (

Building_ID INTEGER NOT NULL PRIMARY KEY,

Bldg_Name VARCHAR (20),

Location VARCHAR (20),

Room_Count INTEGER );

CREATE TABLE RESIDENT (

R_ID NOT NULL PRIMARY KEY,

Room_Num INTEGER,

Res_Name VARCHAR (20),

Building_ID INTEGER NOT NULL,

FOREIGN KEY Building_ID REFERENCES BUILDING (Building_ID)

ON DELETE NO CHECK

ON UPDATE CASCADE);

CREATE TABLE BUILDING (

Building_ID INTEGER NOT NULL PRIMARY KEY,

Bldg_Name VARCHAR (20),

Location VARCHAR (20),

Room_Count INTEGER );

CREATE TABLE RESIDENT (

R_ID NOT NULL PRIMARY KEY,

Room_Num INTEGER,

Res_Name VARCHAR (20),

Building_ID INTEGER NOT NULL,

FOREIGN KEY Building_ID REFERENCES BUILDING (Building_ID)

ON DELETE NO CHECK

ON UPDATE CASCADE);

Question # 8

Consider the following DBDL description of an entity: Teachers (teach_num: variable length character string length 10 NOT NULL teach_name: variable length character string length 10 NOT NULL) Primary Key: teach_num which integrity constraint is satisfied?

Entity integrity

Necessary data

Referential integrity

Referential foreign integrity

Question # 9

Consider the Information Engineering diagram shown in the exhibit. Building_ID, R_ID, Room_Count and Room_Num are integer numbers, whereas Bldg_Name and Res_Name are represented by variable-length strings with a maximum of 20 characters. Location can be up to 50 characters long, and no building has more than 600 rooms. Which SQL statement best implements the BUILDING relation shown in this diagram?

CREATE TABLE BUILDING (

Building_ID NOT NULL PRIMARY KEY,

Bldg_Name, Location, Room_Count);

CREATE TABLE BUILDING ( Building_ID NOT NULL PRIMARY

KEY, Bldg_Name, Location, Room_Count, FOREIGN KEY

Building_ID REFERENCES BUILDING (Building_ID));

CREATE TABLE BUILDING (Building_ID

INTEGER NOT NULL PRIMARY KEY,Bldg_Name

VARCHAR (20), Location VARCHAR (50),

CREATE TABLE BUILDING (Building_ID

INTEGER NOT NULL PRIMARY KEY, Bldg_Name

VARCHAR (20), Location VARCHAR (50),

Room_Count INTEGER CHECK (Room_Count >

Room_Count INTEGER CHECK (

-1 And Room_Count < 601));

Room_Count > -1 Or Room_Count < 601));

Question # 10

What is the highest normal form of the relation(s) shown in the exhibit?

Third normal form

Second normal form

No normal form

First normal form

Summer Special Limited Time 65% Discount Offer - Ends in 0d 00h 00m 00s - Coupon code: dcdisc65

CIW CIW v5 Database Design Specialist 1D0-541 Exam Dumps: Updated Questions & Answers (July 2025)

Answer:

Answer:

Answer:

Answer:

Answer:

Answer:

Answer:

Answer:

Answer:

Answer:

Most Popular Certification Exams

Site Map

Help

Payment

Contact us

Site Secure